Quantum, Relativity & Forces Explained | Pixelated Physics

15 articles

Pixel-art frozen cobalt apparatus crackling with blue electrons beside an ornate mirror showing its reflection

Chien-Shiung Wu and the Experiment That Broke M...

For decades physicists assumed that the mirror image of any experiment would behave exactly like the original. In 1957 Chien-Shiung Wu and her team proved that the weak force breaks...

Chien-Shiung Wu and the Experiment That Broke M...

For decades physicists assumed that the mirror image of any experiment would behave exactly like the original. In 1957 Chien-Shiung Wu and her team proved that the weak force breaks...

Pixel-art scene of beta decay: a blue orb and a golden orb joined by a burst of energy, with two particle streaks flying off into a starfield

The Weak Force and Beta Decay: How Neutrons Tur...

The weak force is the only force that can change one kind of particle into another. It drives beta decay, starts the chain of fusion in the Sun, and is...

The Weak Force and Beta Decay: How Neutrons Tur...

The weak force is the only force that can change one kind of particle into another. It drives beta decay, starts the chain of fusion in the Sun, and is...

Pixel-art reactor pool seen from above, the water glowing Cherenkov blue around the fuel assemblies

What Is Cherenkov Radiation? The Blue Wake of F...

Look into the pool of a research reactor and the water glows blue. That light comes from charged particles moving faster than light can travel in water, which relativity allows....

What Is Cherenkov Radiation? The Blue Wake of F...

Look into the pool of a research reactor and the water glows blue. That light comes from charged particles moving faster than light can travel in water, which relativity allows....

A heavy glowing particle dragging through an abstract glowing field medium that bunches up around it

What Does the Higgs Field Actually Do?

The Higgs field is an invisible field that fills all of space with a non-zero value, about 246 GeV. Particles that interact with it gain mass: the W and Z...

What Does the Higgs Field Actually Do?

The Higgs field is an invisible field that fills all of space with a non-zero value, about 246 GeV. Particles that interact with it gain mass: the W and Z...

Four coloured streams of force spiralling inward and converging on one brilliant knot of light

Is There a Theory of Everything, and What Would...

Physics has a tested theory for three forces and a separate one for gravity, but no accepted theory joining them. The graviton, gravity’s hypothetical carrier particle, has never been seen....

Is There a Theory of Everything, and What Would...

Physics has a tested theory for three forces and a separate one for gravity, but no accepted theory joining them. The graviton, gravity’s hypothetical carrier particle, has never been seen....

Two glowing electron trails meeting at bright vertices linked by a wavy pink photon in starry space

Feynman Diagrams Explained: What the Little Squ...

A Feynman diagram is not a photo of particles bouncing around. Each little drawing stands for one term in a calculation of how likely a process is. Here is how...

Feynman Diagrams Explained: What the Little Squ...

A Feynman diagram is not a photo of particles bouncing around. Each little drawing stands for one term in a calculation of how likely a process is. Here is how...